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    • 1. 发明授权
    • Solar heating plant
    • 太阳能加热厂
    • US4280480A
    • 1981-07-28
    • US130837
    • 1980-03-17
    • Sulpicio B. Raposo
    • Sulpicio B. Raposo
    • E04H5/02F24J2/04F24J2/10F24J2/24F24J2/34F24J2/46F24J3/02
    • F24J2/0477E04H5/02F24J2/04F24J2/10F24J2/242F24J2/34F24J2/4627F28D20/0056F24J2002/108F28F2210/10Y02B10/20Y02E10/44Y02E60/142Y02E70/30
    • A simple solar heating plant comprising multiple reflectors, primary and secondary compartments, an air heating assembly and a concealed solar heat collector being formed and constructed in an enclosed shed. The shed is provided with a single entrance for access, and a skylight for sun rays to enter. The shed may be attached to an existing house or built adjacent to the house with connecting ductwork. In a new proposed building a leanto to accommodate the elements of the plant may be designed and constructed on one side of the building favorable to the varying position of the sun. Tight air space between the walls of the compartments and the inner wall of the shed is provided to reduce the effect of cold air conduction from the outside. The primary compartment of the plant is provided with a clear glass cover or equivalent to allow sun rays to be directed to the collector positioned on the leveled surface of piled rocks or bricks within the compartment. The solar heat collector formed by double layers of looped tubing, with aluminum or copper grits filled to the level of the upper loop, transmits heat to piled rocks or bricks through conduction, radiation and convection. Heat stored in piled rocks or bricks is then conducted and radiated to an air heating assembly through which an air stream coming from air return duct is heated. Water heating is accomplished by forming a coil of water conduit in the secondary compartment where water is preheated and connected to another coil in the primary compartment where main heating occurs. Water is heated as it passes through the hot coil which absorbs heat through contact with heated rocks or bricks and hot air confined in the compartment.
    • 一个简单的太阳能加热设备,其包括多个反射器,初级和次级隔室,空气加热组件和隐藏的太阳能集热器,其在封闭的棚棚中形成和构造。 棚子设有一个入口进入,一个天窗可以进入太阳光线。 棚子可以连接到现有的房子,或者通过连接管道系统连接到房子附近。 在一个新建的建筑物中,可以在建筑物的一侧设计和构造有利于太阳不同位置的设计和构造。 提供隔室的壁和梭口的内壁之间的紧密空气间隔,以减少来自外部的冷空气传导的影响。 植物的主要隔室设置有透明的玻璃罩或等效物,以便将太阳光线导向位于隔间内堆积的岩石或砖块平整表面上的收集器。 由双层环形管道形成的太阳能集热器,铝或铜砂粒填充到上部环路的水平面,通过传导,辐射和对流将热量传递给堆积的岩石或砖块。 然后将储存在堆放的岩石或砖中的热量传导并辐射到空气加热组件,来自空气返回管的空气流通过该加热组件被加热。 水加热通过在第二隔室中形成一个水管线圈来实现,其中水被预热并且连接到主加热区中的另一个线圈。 水通过热线圈加热,热线圈通过与加热的岩石或砖块隔绝的热量接触,热量限制在隔室内。
    • 5. 发明申请
    • SOLAR COLLECTOR
    • 太阳能电池板
    • WO2010025484A3
    • 2010-12-16
    • PCT/AT2009000337
    • 2009-08-28
    • GREINER HOLDING AGRIEPL ROLAND
    • RIEPL ROLAND
    • F24J2/05
    • F24J2/05F24J2/202F24J2/243F24J2/4627F24J2/506F24J2002/4665Y02E10/44
    • The invention relates to a solar collector (1) for the production of hot water, comprising at least one absorber element (10) and a frame component (2) in which the absorber element (10) is arranged. Both the absorber element (10) and the frame component (2) are made of plastic. The absorber element (10) is formed by a hollow chamber profile (13). The frame component (2) comprises an upper part (8) and a lower part (9), and the absorber element (10) is arranged between the upper part (8) and the lower part (9), wherein the upper part (8) and the lower part (9) are likewise designed as separate hollow chamber profiles (11, 12).
    • 本发明描述了一种用于产生热水的太阳能收集器(1),其包括至少一个吸收器元件(10)和框架部件(2),吸收器元件(10)布置在该框架部件(2)中。 吸收器元件(10)和框架部件(2)均由塑料制成。 吸收器元件(10)由中空腔室轮廓(13)形成。 框架构件(2)包括上部件(8)和下部部分(9)和所述吸收元件(10)设置在所述上​​部部分(8)和所述下部(9),其中,所述上部部分(8)和下部(9)之间 也随着每个自己的中空腔室轮廓(11,12)形成。
    • 8. 发明公开
    • FLAT PLATE SOLAR COLLECTOR
    • FLACHPLATTEN-SONNENKOLEKTOR
    • EP0954728A4
    • 2000-06-14
    • EP97902959
    • 1997-01-23
    • ENERGY LAB INC
    • NEWMAN MICHAEL D
    • F24J2/26F24J2/46F24J2/50F24J2/24
    • F24J2/464F24J2/265F24J2/4627F24J2/50F24J2/505F24J2/507F24J2002/502Y02E10/44Y10S126/908
    • A flat plate solar collector comprising a planar glazing and a rear housing formed into a number of semi-circular cells to receive fin-tube absorbers with minimal direct contact, the glazing being a low iron glass with an anti-reflective exterior coating and a low emissivity interior coating, the glazing being directly supported by the rear housing cells, the interior wall of the rear housing and the lower side of the fin-tube absorber having low emissivity surfaces. At least one radiation shield member having low emissivity upper and lower surfaces is positioned between the fin-tube absorber and the rear housing. The collector is evacuated by atmosphere control means also capable of reintroducing atmosphere into the collector to control internal temperature.
    • 1.一种平板太阳能集热器(10),包括形成为多个半圆形单元(14)以接收具有最小直接接触的翅片管吸收器(21)的平面玻璃窗(12)和后壳体(13),所述玻璃窗 (12)是具有防反射外涂层(31)和低发射率内涂层(32)的低铁玻璃,所述窗玻璃(12)由所述后壳体单元(14)直接支撑,所述 后壳体(13)和翅片管吸收器(21)的下侧具有低辐射率表面。 在翅片管吸收器(21)和后壳体(13)之间设置至少一个具有低发射率上表面和下表面的辐射屏蔽部件(51)。 收集器(10)由气氛控制装置(99)抽空,该装置还能够将气氛重新引入收集器(10)以控制内部温度。